854S006AGILF

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The 854S006AGILF is a clock/timing device used for applications such as driving multiple processors, clock synchronization and buffering. This device is an integral part of modern digital signal processing and communications systems.

The 854S006AGILF utilizes a dual low-skew, voltage-mode topology which helps to minimize noise and prevents the clock from being impacted by transients. The device operates at up to 200 MHz, with a wide 3.2 V to 3.6 V operating range and 6 V I/O buffer. The device is designed to reduce clock skew between external signals and to distribute the clock signal to other peripheral devices.

The 854S006AGILF has two outputs; a buffered output as well as a skew output. The buffered output helps to minimize any noise, while the skew output ensures that each output has the same distance from the input signal. The device also has a stepper feature which allows it to step up or down the frequency of the input signal, allowing for optimal performance for clock rates outside the range of other clock devices.

The 854S006AGILF features programmable delay and slew-rate options, allowing the user to customize the timing of each output. Additionally, the device includes internal power-down detection and programmable power-down levels. This ensures that any unintentional power down of the device does not cause any disruption to the signal.

Overall, the 854S006AGILF is a highly precise, clock/timing circuit used for applications that require accurate clock synchronization with minimal noise and jitter. The device can be used to drive multiple clock sources, to synchronize multiple peripheral devices, and to buffer a clock signal. The flexible timing options and the power-down detection make the device ideal for low-power and high-speed timing applications.

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